Gas handling equipment is one area shops sometimes overlook to keep costs down to stay competitive. Proper gas-saver flowmeter regulators can ensure saving on the amount of shielding gas that is used with each pull of the trigger of the welding gun.
MIG and TIG welding, plasma cutting, laser cutting or welding all require compressed gases. How these gases are stored, handled and used will determine the extent that the overall cost of these gas products impacts your bottom line. The correct gas delivery system will provide the most economical and efficient results to complement any of these applications – and the normal starting point for all of them is a cylinder of gas and a regulator.
Knowing how to select the appropriate shielding gas for the application can go far in helping obtain the desired welding performance and minimizing the downtime for rework caused by poor weld quality. Here are some of the basics of what you should know about shielding gases.
The variety of shielding gases used in arc welding can be confusing as to when to use which gas for which application. Here are some basic guidelines to follow.
The spending of Independent Welding Distributors Cooperative member companies through their co-op exceeded $19 million in March.
These exclusive negotiations are subject to a definitive agreement between the parties and other conditions.
Their Victor EDGE Series 2.0 heavy-duty gas regulator wins Germany's iF Design Award for functional innovation.
The EVOS DCi gas cylinder valve from Linde Gases delivers live data on cylinder location and gas information, including gas type, volume of gas, rate of gas usage and even cylinder temperature.
The 55S Series Point-of-Use panel from CONCOA controls final line pressure and individual isolation for up to four streams of carbon dioxide and nitrogen.
The Sentinel A50 automatic welding helmet from ESAB features Halo headgear and an ergonomic, low-profile design for improved weight distribution with five contact points.